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In my local area, sustainability is actively promoted through community recycling programs, and initiatives encouraging walking or cycling to school. The tidy village committee runs regular clean-up campaigns and supports biodiversity through tree planting and wildflower projects in the local park. To engage primary school pupils, I would begin with a nature walk, encouraging them to observe local sustainability efforts first-hand. We could then create a class eco-map, identifying recycling points, green spaces, and wildlife areas. Pupils would be encouraged to interview family members or neighbours about their sustainable habits, fostering community links. In class, we’d explore ways to reduce waste through creative upcycling projects and introduce a “green ambassador” system to promote sustainable practices in school, as part of our Green Schools programme. By linking local action with classroom activities, pupils would gain a sense of agency and responsibility, seeing themselves as part of a wider effort to care for their community environment.
Understanding the nutritional benefits of seafood is essential not only for personal health but also as a foundation for educating children about healthy eating habits. Seafood is a rich source of high-quality protein, omega-3, vitamins, and essential minerals. These nutrients are particularly important for brain development, heart health, and overall growth—making them highly relevant to children’s development.
Bringing this knowledge into the primary classroom can be both informative and engaging. Teachers can design cross-curricular lessons that incorporate science – exploring nutrients and the human body, geography – where seafood comes from, and sustainability – how seafood is caught or farmed. Activities such as food tasting, simple cooking lessons, or poster-making about “brain foods” can make learning real and fun. By fostering early awareness of healthy food choices, we empower children to make informed decisions that can positively influence lifelong health.
Participating in this teacher education course has already given me a deeper appreciation for the potential of aquaculture as a meaningful context for STEM education. The ARC’s interdisciplinary approach—linking marine biology, sustainability, technology, and innovation—supports the aims of the STEM Education Policy Statement, particularly by promoting real-life, engaging learning experiences that foster curiosity, critical thinking, and environmental stewardship.
I can see how the ARC online content could enrich our STEM teaching at primary level, even before the physical visit. For example, using digital resources or classroom discussions around topics such as fish farming, clean oceans, and food security can provide excellent opportunities for cross-curricular integration with science, geography, maths, and SPHE. These topics also support the development of key skills outlined in the Primary Curriculum Framework, such as communicating and working with others.
From an SSE perspective, ARC provides a clear pathway for schools to enhance STEM provision in a structured way. As we reflect on our teaching and learning practices, incorporating marine-themed projects could help increase student engagement—particularly for those who may not initially connect with STEM subjects. A future ARC visit could also serve as a valuable data point or action step in a whole-school SSE cycle focused on STEM, sustainability, or environmental awareness.
Ultimately, the ARC is an exciting opportunity to bring STEM to life in a way that is hands-on, locally relevant, and future-focused.
Ireland’s aquaculture industry is uniquely positioned due to its extensive and diverse coastline, offering ideal environmental conditions for cultivating a variety of marine species. The strategic location of aquaculture farms—mainly in rural and peripheral coastal areas—plays a significant role in supporting the socio-economic fabric of these communities.
Aquaculture contributes directly by creating employment opportunities in areas where traditional industries, like fishing or farming, have declined. Jobs range from farm technicians to logistics, processing, and research roles, offering both skilled and unskilled workers a means of livelihood. Indirectly, the presence of aquaculture stimulates local businesses such as feed suppliers, maintenance services, and hospitality through increased traffic and tourism.
Moreover, responsible aquaculture fosters environmental stewardship and can be aligned with sustainability goals, enhancing community resilience. When well-regulated, it balances economic growth with ecosystem preservation.
In essence, the thoughtful placement and development of aquaculture farms not only enhance food security but also breathe new life into Ireland’s coastal communities, helping them remain vibrant and self-sustaining in an ever-changing economic landscape.
Examining tools related to Aquaculture and Social License offers a valuable opportunity for children to engage in real-world, interdisciplinary learning. By incorporating interactive tools—such as simulations, mapping platforms, webinars and interactive activities—students can gain a deeper understanding of how aquaculture practices affect environmental, economic, and social systems. These tools not only make learning more engaging but also facilitate critical thinking and empathy by placing students in the roles of various stakeholders, such as fishers, community members, scientists, and policymakers.
Teaching about Social License—the ongoing acceptance and approval of industries by the public—can significantly influence students’ awareness of sustainability and responsible citizenship. As students examine how community trust is built or lost, in aquaculture operations, they learn about ethical issues, appreciate diverse perspectives, and reflect on their own values. This promotes media literacy, inquiry-based learning, and constructive dialogue—skills that are increasingly necessary in today’s interconnected and rapidly evolving world.
I think this would be a great research question for children to investigate. It is open ended and allows them to be imaginative. It would be easier to keep their interest in something that they can take ownership of.
Research Question: How does the amount of daily sunlight affect the temperature and plant growth in our school garden?
Reflection and Encouraging Participation:
To encourage pupils to participate in this research, I would begin by fostering a sense of curiosity and ownership. First, I would explain the importance of understanding climate and its direct impact on our immediate environment, such as our school garden. I would use engaging discussions and visual aids to highlight how climate change can affect plant growth and local weather patterns.
Next, I would involve students in setting up the experiment. This would include selecting the plants to monitor, setting up thermometers, and deciding on the locations within the garden for sunlight measurement. By allowing students to have a say in the planning and setup, they will feel more invested in the research.
I would also integrate technology by using simple weather apps or online tools to track sunlight and temperature data. This makes data collection more interactive and fun. Regular check-ins and group discussions about the findings would help maintain their interest. Encouraging students to hypothesise, share their observations, and draw conclusions fosters critical thinking and a collaborative learning environment.Using the Satellite Tracker app, I found that the following five satellites have recently passed over Ireland:
1. International Space Station (ISS): The ISS serves as a microgravity and space environment research laboratory where scientific research is conducted in astrobiology, astronomy, meteorology, physics, and other fields. It’s a joint project among NASA, Roscosmos, JAXA, ESA, and CSA.
2. NOAA-20 (JPSS-1): This is a weather satellite operated by NOAA. It collects data on atmospheric temperature, moisture, clouds, and sea surface temperatures, which helps improve weather forecasts and climate monitoring.
3. Sentinel-2A: Part of the Copernicus program managed by ESA, this satellite provides high-resolution optical imagery. It’s used for environmental monitoring, agriculture, forestry, land use, and emergency response.
4. Terra (EOS AM-1): A multi-national NASA scientific research satellite, Terra collects data on the Earth’s atmosphere, land, and oceans. It studies climate changes and environmental conditions.
5. Aqua (EOS PM-1): Another NASA Earth observation satellite, Aqua focuses on the Earth’s water cycle. It monitors evaporation, precipitation, and the cycling of water, contributing to climate research and weather prediction.I also agree. I think the topic of global climate change and environmental issues can often be overwhelming for children. Focusing on more local and smaller ways in which the children can get involved in making a difference, locally, can be less overwhelming and more achievable for them.
I have chosen to comment on HOME by Yann Arthus-Bertrand, and Greta Thunberg’s TED Talk.
HOME by Yann Arthus-Bertrand is a visually stunning documentary that vividly showcases the interconnectedness of Earth’s ecosystems and the impact of human activity on the environment. Its powerful imagery and compelling narrative emphasise the urgency of addressing climate change and the need for sustainable living.
Greta Thunberg’s TED Talk is equally impactful, delivering a passionate and articulate call to action. Her emphasis on the scientific facts of climate change, combined with her personal commitment, serves as a strong motivator for young audiences. Her clear, direct message highlights the responsibility of individuals and governments to act swiftly to mitigate environmental damage.
Introducing Climate Change Facts to Pupils:
To introduce these climate change facts to my pupils, I would start with the documentary HOME to provide a broad visual and emotional understanding of the Earth’s beauty and fragility. The film’s stunning visuals can captivate students and serve as a foundation for deeper discussions on specific environmental issues.
Following this, I would show Greta Thunberg’s TED Talk to demonstrate the power of youth advocacy and personal responsibility in combating climate change. Greta Thunberg’s age and dedication make her a relatable and inspiring figure for students, showing them that they too can make a difference.
Classroom Activities:
1. Discussion and Reflection: After watching the film and TED Talk, I would facilitate a class discussion to reflect on the key messages and emotional impact. Students can share their thoughts and feelings, fostering a personal connection to the topic.
2. Research Projects: Assign students to research specific aspects of climate change, such as its effects on different ecosystems, renewable energy solutions, or the role of policy in environmental protection. This encourages deeper learning and critical thinking.
3. Action Plans: Have students develop individual or group action plans on how they can reduce their carbon footprint or advocate for environmental sustainability in their communities. This empowers students to apply what they’ve learned in practical ways.
Improvements and Additions:
• Local Context: Integrating local environmental issues and solutions can make the topic more relevant to students’ lives.
• Guest Speakers: Inviting environmental scientists or activists to speak to the class can provide real-world insights and inspire further action.
By combining these powerful visual and narrative tools with interactive and reflective activities, students can develop a comprehensive and motivated understanding of climate change and their role in addressing it.I agree, Gráinne. I find the topic of climate change can be very emotive, particularly in younger classes. It can be tricky to find a balance between educating the children and scaring them.
Activity 3: Predicting Future Temperatures
Activity 3 involves watching the Paxi video on greenhouse gases and using a tool for predicting future temperatures. This activity is excellent for visual and interactive learning, effectively conveying the concept of greenhouse gases and their impact on global temperatures. The Paxi video is engaging and simplifies complex scientific ideas, making them accessible to younger students.
The temperature prediction tool is a valuable resource for fostering hands-on learning and critical thinking. Students can experiment with different variables, enhancing their understanding of how human activities influence climate change.
To improve the activity, I would recommend integrating a discussion component where students can share their predictions and reflect on the implications of climate change. Adding a collaborative project, such as developing action plans to reduce carbon footprints, could further deepen their engagement and understanding. Additionally, incorporating real-time data and case studies on the effects of climate change in various regions would provide a more comprehensive learning experience.A rain gauge is something that children are often very interested in making, as we tend to get a lot of rain, they can see results on it very quickly, and love to share the readings with their families.
In “Unravelling STEM: Beyond the Acronym of Science, Technology, Engineering, and Mathematics” (Liston, 2018), the paper emphasises the need for an integrated approach to STEM education that transcends traditional boundaries. It advocates for a holistic educational framework that fosters critical thinking, creativity, and problem-solving skills. In my classroom, STEM education involves collaborative projects where students apply interdisciplinary knowledge to real-world problems, encouraging innovation and practical understanding.
Weather and Climate Activities:
Activity 1: Is it weather or climate? effectively introduces students to the distinction between weather and climate, fostering foundational understanding.
Activity 2: Weather Detectives engages students in hands-on investigation, promoting inquiry-based learning.
The activities are well-structured and engaging, making complex concepts accessible. To enhance these activities, I would incorporate digital tools for real-time weather data analysis and interactive climate models to deepen understanding. Additionally, integrating cross-curricular links, such as the impact of climate on local ecosystems in geography or the role of technology in weather prediction, could provide a more comprehensive learning experience.